CN211934843U - Device for realizing human acupoint positioning according to body surface vein characteristics and acupoint positioning model - Google Patents
Device for realizing human acupoint positioning according to body surface vein characteristics and acupoint positioning model Download PDFInfo
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- CN211934843U CN211934843U CN201721752310.4U CN201721752310U CN211934843U CN 211934843 U CN211934843 U CN 211934843U CN 201721752310 U CN201721752310 U CN 201721752310U CN 211934843 U CN211934843 U CN 211934843U
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Abstract
The utility model discloses a device for positioning human acupoints according to the characteristics of body surface veins and a model for positioning human acupoints according to the characteristics of body surface veins, which comprises a vein display device, a bracket and a device for matching the acupoints, wherein the bracket comprises an annular frame and supporting legs which are connected up and down, and the vein display device is arranged on the annular frame; the acupoint matching device is an acupoint positioning model or a projector; the acupoint positioning model comprises a transparent material, and an intravenous map and acupoint holes are arranged on the transparent material; when the acupoint matching device is a projector, the projector is connected with the vein display device. The accurate positioning of the acupuncture points is realized by utilizing the vein display device and the acupuncture point positioning model, and the device has the advantages of simple structure, convenient use, simple operation and high accuracy; the device can be used at any angle, and has wide application range; the interference of the surrounding environment is small, and the positioning can be carried out at any angle and position; the mounting and dismounting are convenient, and a proper mold can be selected according to different acupuncture points of a human body; the location is accurate, reduces the time and the energy of adjusting repeatedly.
Description
Technical Field
The utility model relates to a device and a model for locating acupoints on human body according to the characteristics of body surface veins.
Background
Traditional Chinese medicine is used as a traditional Chinese medicine in China, is profound, can treat certain diseases in modes of acupuncture, massage and the like besides adopting Chinese herbal medicines for medicine treatment, and is particularly important for finding the acupoints of patients besides the experience and the manipulation of acupuncture and massage of doctors in the acupuncture and massage processes. Only when the specific location of the acupoints is found can the traditional Chinese medicine be used for the corresponding treatment and health care, such as acupuncture, moxibustion, cupping, etc. Commonly used methods for locating points include superficial landmark location, finger-cun-as-body location, simple location, and bone-length location. The bone degree cun positioning method is the most commonly used method, which needs the fingers of the patient as the standard of the bone degree cun, but for the inexperienced doctors, the positioning is often performed according to the individual bone degree cun, which results in great discount on the positioning accuracy.
With the development of technology, many modern therapeutic devices, such as an acupoint detecting instrument of 201310598440.7, have been invented, which are based on the resistance difference between non-acupoints and acupoints of the human body, and are positioned by using the principle of a resistance measuring instrument. However, this method is greatly affected by the physicochemical properties of the skin surface of the patient, and is also slow due to the need to detect the electrical resistance at many points, as sweat, stains, and scars are all greatly affected.
SUMMERY OF THE UTILITY MODEL
The utility model provides a device and a model for locating acupoints on human body according to the characteristics of body surface veins, which can realize the accurate location of acupoints and has simple structure and low cost.
For solving the technical problem, the utility model discloses the technical scheme who adopts as follows:
a device for realizing human acupuncture point positioning according to body surface vein characteristics comprises a vein display device, a support and an acupuncture point matching device, wherein the support comprises an annular frame and supporting legs which are connected up and down, and the vein display device is arranged on the annular frame; the acupoint matching device is an acupoint positioning model or a projector; the acupoint positioning model comprises a transparent material, and an intravenous map and acupoint holes are arranged on the transparent material; when the acupoint matching device is a projector, the projector is connected with the vein display device.
When the device is used, when the device comprises the acupoint positioning model, the acupoint positioning model is placed on the body surface where the acupoints are located, when at least two veins in the vein limb displayed by the vein display device are superposed with the veins in the acupoint positioning model, the body surface positions corresponding to the acupoints on the acupoint positioning model are the acupoints to be positioned, and the acupoints are marked on the body surface through the acupoint holes. The venous map on the acupoint positioning model has the same shape and size as the venous map of the corresponding limb of the patient. When the projector is used, a model which displays the acupoints and the body surface veins together is obtained, and then the model is projected on the body surface where the acupoints are located, so that the ratio of the body surface projection to the actual size of the human body is 1: 1.
The transparent material can be transparent plastic or transparent silica gel material, etc. The shape of the transparent material is preferably the same as the shape of the limb where the acupoints are located.
The vein display device and the projector can directly use the existing equipment without any change.
More than one supporting ring for supporting the vein display device is arranged on the annular frame; the support rings can clamp the vein display device in pairs and can also be embedded with the vein display device through gears, and the vein display device can move upwards or downwards on the annular frame to adjust the distance between the support rings and the body surface.
The supporting legs are more than three, each supporting leg comprises a sliding ring and a supporting rod which are connected with each other, and the sliding ring is sleeved on the annular frame. Preferably, the number of the supports is three, so that the cost is saved, the space is saved, and the use stability of the device can be ensured.
Preferably, the sliding ring can slide horizontally relative to the annular frame and cannot rotate up and down. As a scheme, the cross section of the tube used by the annular frame is non-perfect circular, and the hole of the sliding ring is also non-perfect circular; so that the sliding ring can be limited from rotating on the annular frame; or the sliding ring is provided with a locking knob which limits the sliding ring to rotate on the ring frame. Thus, the cross section of the annular frame can be a perfect circle, the hole of the sliding ring can also be a perfect circle, and the sliding ring can be limited from rotating on the annular frame through the locking knob.
In order to improve the use flexibility of the device, the supporting rod comprises a first supporting rod and a second supporting rod which are connected in a rotating mode, wherein the first supporting rod is connected with the sliding ring; the sliding ring and the first supporting rod can be fixedly connected or movably connected.
As another scheme of this application, branch is the arc, and the one end and the slip ring of branch are connected, and the other end of an at least branch is equipped with the arc snap ring, and arc snap ring bottom is soft structure. Therefore, the device can be clamped on the arms and other parts through the clamping ring without causing discomfort, thereby not only ensuring the comfort of the human body, but also ensuring the use stability of the device. The other end of the supporting rod refers to the end of the supporting rod which is not connected with the sliding ring, namely the bottom of the supporting rod when in use.
As a preferred scheme of the application, the first supporting rod is rotatably connected with the second supporting rod through a folding joint, the first supporting rod and the second supporting rod can be folded and can also be opened at an angle and locked at a certain angle, and the movable angle is 0-180 degrees; the device for realizing the positioning of the acupuncture points of the human body according to the characteristics of the body surface veins also comprises a base, and a supporting rod is inserted on the base. The first supporting rod can be inserted on the base after being folded, and the requirements of different heights or different positions can be met by adjusting the angles of the first supporting rod and the second supporting rod.
The slip ring is sleeved on the annular frame and can slide relative to the annular frame, all the first supporting rods can be gathered in one row, so that the portable tripod can be conveniently held or packaged and can be opened in a surrounding manner, and the tripod is stably supported above the body surface.
The vein display device comprises an infrared light source, a photosensitive camera lens, an image processing assembly, a control assembly and a liquid crystal display which are connected in sequence. Preferably, vein display device is including the infrared light source, infrared filter, sensitization camera lens, image processing subassembly, control assembly and the LCD that meet in proper order, and when being equipped with the projecting apparatus, the projecting apparatus is connected with the image processing subassembly to make body surface projection and human actual size be 1 through geometric correction technique: 1. the imaging system is not disturbed by visible light, so that most of the visible light can be filtered out. The infrared filter can be arranged at the bottom of the photosensitive camera lens.
An acupoint positioning model comprises a transparent material, wherein the transparent material is provided with an intravenous pattern and acupoint holes.
For convenience of use, a model frame is embedded on the periphery of the transparent material, and the model frame is a tubular or semi-tubular frame. The model frame can be selected according to the body position.
The point location model is also the model printed in step 2) of the method. The venous map in the acupoint positioning model is the same as the venous map of the limb where the part to be positioned is located in size and shape.
The terms bottom, top, lower, etc. are used herein to refer to the relative positions of the device in normal use.
A method for realizing the positioning of human acupoints according to the characteristics of body surface veins comprises the following steps:
1) acquiring a model jointly displayed by the acupoints and the body surface veins;
2) printing the model in the step 1) by using a transparent material according to the size ratio of the transparent material to the human body (0.95-1.05) to (0.95-1.05), and placing the printed model on the surface of the body where the acupoints are located; or projecting the model in the step 1) on the body surface where the acupoints are located, so that the ratio of the body surface projection to the actual size of the human body is (0.95-1.05): (0.95-1.05);
3) adjusting the model printed or projected in the step 2) or adjusting the limb to make at least two body surface veins of the limb coincide with the veins in the printed or projected model, so that the body surface positions corresponding to the acupoints on the printed or projected model are the acupoints to be positioned.
By using the method, the acupoints of the patient are accurately determined in the first step, and then a model which displays the acupoints and veins together is obtained, so that the subsequent locating of the acupoints is ensured to be highly consistent with the position in the step 1); in step 1), the model that shows the acupoints and veins together is built according to the body surface where the acupoints are to be located, and the model is built, which improves the accuracy of the repositioning of the acupoints.
Step 2) is preferably to print the model in step 1) on a transparent material according to the size ratio of the model to the human body 1:1, and place the printed model on the surface of the body where the acupoints are located; or projecting the model in the step 1) on the body surface where the acupoints are located, so that the ratio of the projection of the body surface to the actual size of the human body is 1: 1.
The above-mentioned size ratio of 1:1 means that the size ratio of the veins printed or projected in the model of the body surface to the veins of the corresponding limb of the human body is 1: 1. That is, the veins in the model are placed or projected on the corresponding limb in equal proportion, and the veins in the model and the veins in the limb are completely overlapped, so that the positions of the acupoints in the model are the positions of the acupoints on the corresponding limb.
The shape of the surface vein does not change radically with age, and the positions of the points on the surface are relatively fixed, so the relationship between the points and the surface vein is also fixed.
The model displayed by the acupoints and the veins in the step 1) is acquired by a vein display device; and 3) displaying veins on the body surface where the acupoints are located through the vein display device, and then adjusting the model printed or projected in the step 2), or adjusting the limbs, so that at least two veins in the veins limbs displayed by the vein display device coincide with the veins in the printed or projected model, and the body surface positions corresponding to the acupoints on the model printed or projected are the acupoints to be positioned.
The vein display apparatus is an existing device.
As a preferred scheme of the application, in step 1), accurately finding the acupoints on the body surface and leaving a mark which can be shot, and acquiring a picture which is displayed by the acupoints and the body surface veins together by using a vein display device as a model;
as another preferred scheme of the present application, in step 1), points are accurately found on the body surface and photographed marks are left, a 3d scanning instrument is used to scan the body surface of a patient to establish a 3d model, a vein display device is used to obtain a picture displayed by the points and the body surface veins together, and the picture is fused into the 3d model to obtain a 3d model of the skin containing the points and the body surface veins;
as another preferred embodiment of the present application, in step 1), points are accurately found on the body surface and photographed marks are left, a 3d scanning instrument is used to scan the body surface of a patient to create a 3d model, a vein display device is used to obtain a picture displayed by the points and the body surface veins together and to blend the picture into the 3d model, so as to obtain a 3d model of the skin including the points and the body surface veins, and the 3d model of the skin is expanded to form a two-dimensional model;
as another preferred scheme of the present application, step 1) is to use a vein display device to obtain a picture of veins on the surface of a patient according to the posture of a standard acupoint map, which needs to include at least two edges of the body of the patient, or at least two bony standard points; stretching the body of the target acupoint of the standard acupoint map to the size equal to that of the body corresponding to the obtained body surface vein picture, registering the stretched standard acupoint map and the body edge or bony mark points corresponding to the obtained body surface vein picture, and fusing and overlapping the standard acupoint map and the body edge or bony mark points into a picture to obtain a model for displaying the acupoints and the body surface vein together;
as another preferred scheme of the present application, in step 1), the points are accurately found on the body surface and the photographed marks are left, and the vein display device is used to obtain the picture displayed by the points and the body surface veins together; when the location of the acupoints is needed again, the patient is put on the same body position as the position when the picture is acquired, the vein picture of the target acupoints is acquired at the same angle by the vein display device, and the picture displayed by the acupoints and the body surface veins together is registered with the vein picture of the target acupoints to obtain a model displayed by the acupoints and the body surface veins together.
In step 1) of the above-described various schemes, it is preferable to perform binarization processing on the models so that the positions of the veins and the acupoints can be displayed more clearly.
Since hemoglobin in human blood has strong absorption capacity to infrared light and peripheral tissues have weak absorption capacity to infrared light, visible light interference is eliminated, and vein vessels and peripheral tissues generate optical contrast on infrared imaging, so that the position of subcutaneous vein vessels is clearly displayed. The exact infrared band can be further obtained by analyzing the spectrum of human blood. Therefore, the display instrument for the blood vessels on the surface of the human body is manufactured by utilizing the near infrared rays with the specific waveband, and a user can scan and image the blood vessels under the skin of the surface of the human body by using the display instrument so as to accurately position the blood vessels. The image processing assembly is used for processing the image collected by the photosensitive camera lens, and sending the image to the liquid crystal display through built-in algorithm processing and binarization processing. The control assembly is used for controlling whether the vein display device works or not, can be controlled through a button, can also be controlled through a remote controller, and particularly refers to the prior art.
The technology not mentioned in the present invention refers to the prior art.
The utility model realizes the positioning of the acupoints on human body according to the characteristics of the body surface veins, has simple structure and convenient use, can realize the accurate positioning of the acupoints by using the vein display device, and has simple operation and high accuracy; the device can be used at any angle, and has wide application range; the interference of the surrounding environment is small, and the positioning can be carried out at any angle and position; the mounting and dismounting are convenient, and a proper mold can be selected according to different acupuncture points of a human body; the location is accurate, reduces the time and the energy of adjusting repeatedly.
Drawings
Fig. 1 is a schematic structural view of an apparatus for locating points on a human body according to the superficial body vein features of example 1;
FIG. 2 is a schematic view of the device of example 1 showing the body surface vein features in a folded position with the first and second struts;
FIG. 3 is a schematic view of the apparatus of embodiment 5 showing the superficial body vein features to position points on the body;
FIG. 4 is a schematic view of the apparatus of embodiment 4 showing the superficial body vein features to position points on the body;
FIG. 5 is a schematic view of the structure of the vein display device;
FIG. 6 is a schematic view of the principle of application example 1;
FIG. 7 is a schematic view of the principle of application example 4;
FIG. 8 is a schematic view of a two-dimensional acupoint positioning model (with acupoints omitted);
FIG. 9 is a schematic view of the 3d acupoint positioning model (with the acupoints omitted);
FIG. 10 is a schematic view of the flattened structure of FIG. 9;
FIG. 11 is a common light path vein projector;
FIG. 12 is a light path diagram of FIG. 11;
in the figure, 1-stent, 2-vein display device, 3-acupoint positioning model, 4-vein map; 11-a ring-shaped frame, 12-a support ring, 13-a sliding ring, 14-a first support rod, 15-a second support rod, 16-a folding joint, 17-a locking knob, 18-an arc-shaped clamping ring and 19-a base; 21-a photosensitive camera lens, 22-an infrared light source, 23-an image processing component, 24-a control component and 25-a liquid crystal display; 31-transparent material.
Detailed Description
For a better understanding of the present invention, the following examples are provided to further illustrate the present invention, but the present invention is not limited to the following examples.
Example 1
As shown in fig. 1, the device for positioning acupoints on human body according to the characteristics of body surface veins comprises a vein display device, a support and an acupoint positioning model, wherein the support comprises an annular frame and support legs which are connected up and down, and the vein display device is arranged on the annular frame; the acupoint positioning model comprises a transparent material, wherein the transparent material is provided with a vein pattern and acupoint holes, and the periphery of the transparent material is embedded with a model frame which is a tubular or semi-tubular frame; the transparent material can be transparent plastic or transparent silica gel, and the shape of the transparent material is the same as the shape of the limb where the acupoints are located.
The vein display device comprises an infrared light source, an infrared filter, a photosensitive camera lens, an image processing assembly, a control assembly and a liquid crystal display which are sequentially connected, wherein when the vein display device is used, the liquid crystal display is used for displaying veins of limbs on the upper part, and the infrared light source is used for irradiating the limbs on the lower part;
the annular frame is provided with a support ring for supporting the vein display device, and the support ring is embedded with the vein display device through a gear; the number of the supporting legs is three, each supporting leg comprises a sliding ring and a supporting rod which are connected with each other, and the sliding ring is sleeved on the annular frame;
the cross section of the pipe used by the annular frame is non-perfect circle, and the hole of the sliding ring is also non-perfect circle, so that the sliding ring can be limited to rotate on the annular frame;
the support rods comprise a first support rod and a second support rod which are connected in a rotating mode, wherein the first support rod is connected with the sliding ring, and the first support rod is connected with the second support rod in a rotating mode through a folding joint;
when the vein display device is used, the vein display device is erected at a proper position through the support, so that the vein display device can conveniently display the vein of the limb at the position of the acupoint to be determined.
Example 2
Essentially the same as in example 1, except that: does not include the acupuncture point location model, but includes the projecting apparatus, and the projecting apparatus is connected with image processing unit to through geometry correction technique messenger's body surface projection and human actual size be 1: 1.
example 3
Essentially the same as in example 1, except that: the sliding ring is provided with a locking knob which limits the sliding ring to rotate on the ring frame.
Example 4
Essentially the same as in example 1, except that: the supporting rod is arc-shaped, one end of the supporting rod is connected with the sliding ring, the other end of the supporting rod is provided with an arc-shaped clamping ring, and the bottom of the arc-shaped clamping ring is of a soft structure.
Example 5
Essentially the same as in example 3, except that: the device for realizing the positioning of the acupuncture points of the human body according to the characteristics of the body surface veins also comprises a base, and the bottom of the second supporting rod is inserted on the base.
Application example 1
A method for realizing the positioning of human acupoints according to the characteristics of body surface veins comprises the following steps:
1) in order to accurately find the acupoints on the body surface and leave marks which can be shot, a vein display device is used for acquiring a picture which is displayed by the acupoints and the veins together and is used as a model;
2) printing the model in the step 1) by using a transparent material according to the size ratio of the transparent material to the human body 1:1, making holes at the acupoints of the printed model, and then placing the printed model on the surface of the body where the acupoints are located;
3) the veins of the limb at the acupoint to be determined are displayed by the vein display device, and then the model printed in the step 2) is adjusted, or the limb is adjusted, so that at least two veins of the limb are superposed with the veins in the printed model, and the body surface position corresponding to the acupoint on the printed model is the acupoint to be positioned, and a pen or the like can be used for marking the limb through the holes at the acupoint on the printed model.
Application example 2
A method for realizing the positioning of human acupoints according to the characteristics of body surface veins comprises the following steps:
1) in order to accurately find the acupoints on the body surface and leave marks which can be shot, a 3d scanning instrument is used for scanning the body surface of a patient to establish a 3d model, a vein display device is used for acquiring a picture which is displayed by the acupoints and the veins together, and the picture is fused into the 3d model to obtain a skin 3d model containing the acupoints and the veins;
2) printing the model in the step 1) by using a transparent material according to the size ratio of the transparent material to the human body 1:1, making holes at the acupoints of the printed model, and then placing the printed model on the surface of the body where the acupoints are located;
3) the veins of the limb at the acupoint to be determined are displayed by the vein display device, and then the 3d model printed in the step 2) is adjusted or the limb is adjusted so that at least two veins of the limb are superposed with the veins in the printed model, so that the body surface position corresponding to the acupoint points on the printed model is the acupoints to be positioned, and the acupoints on the limb can be marked by the holes at the acupoint points on the printed model by using a pen or the like.
Application example 3
A method for realizing the positioning of human acupoints according to the characteristics of body surface veins comprises the following steps:
1) in order to accurately find the acupoints on the body surface and leave marks which can be shot, a 3d scanning instrument is used for scanning the body surface of a patient to establish a 3d model, a vein display device is used for acquiring a picture which is displayed by the acupoints and the veins together and is fused into the 3d model to obtain a skin 3d model containing the acupoints and the veins, and the skin 3d model is unfolded to form a two-dimensional model;
2) printing the two-dimensional model of the step 1) by using a transparent material according to the size ratio of the two-dimensional model to the human body of 1:1, and printing the two-dimensional model on the printed model
Making holes at the points of the model, and then placing the printed model on the body surface where the points are located;
3) the veins of the limb at the acupoint to be determined are displayed by the vein display device, and then the two-dimensional model printed in the step 2) is adjusted or the limb is adjusted so that at least two veins of the limb coincide with the veins in the printed model, so that the body surface position corresponding to the acupoint points on the printed model is the acupoints to be positioned, and the acupoints on the limb can be marked by pens and the like through the holes at the acupoint points on the printed model.
Application example 4
A method for realizing the positioning of human acupoints according to the characteristics of body surface veins comprises the following steps:
1) in order to accurately find the acupoints on the body surface and leave marks which can be shot, a vein display device is used for acquiring a picture which is displayed by the acupoints and the veins together and is used as a model;
2) or projecting the model in the step 1) on the body surface where the acupoints are located according to the size ratio of the model to the human body 1: 1;
3) the veins of the limb at the acupoint to be determined are displayed by the vein display device, and then the projection printed in the step 2) is adjusted, or the limb is adjusted, so that at least two veins of the limb are superposed with the veins in the projected model, and the body surface position corresponding to the acupoint on the projected model is the acupoint to be positioned, and a pen and the like can be used for marking on the limb.
Application example 5
A method for realizing the positioning of human acupoints according to the characteristics of body surface veins comprises the following steps:
1) accurately finding acupoints on the body surface, leaving marks which can be shot, and acquiring a picture which is displayed by the acupoints and veins together by using a vein display device; when the location of the acupoints is needed again, the patient is allowed to take the same body position as that when the picture is obtained, the vein picture of the target acupoints is obtained at the same angle by the vein display device, the picture and the vein picture which are jointly displayed of the acupoints and the veins are respectively subjected to binarization processing, and then the picture and the vein picture which are jointly displayed of the acupoints and the veins after the binarization processing are registered to obtain a model which is jointly displayed of the acupoints and the veins.
2) Or projecting the model in the step 1) on the body surface where the acupoints are located according to the size ratio of the model to the human body 1: 1;
3) the veins of the limb at the acupoint to be determined are displayed through the vein display device, the displayed vein image is registered with the model obtained in the step 1), finally, the pattern projected on the body surface model is completely superposed with the subcutaneous main vein at the position, and the body surface position corresponding to the acupoint on the projected model is the acupoint to be positioned, and a pen and the like can be used for marking the limb.
Application example 6
A method for realizing the positioning of human acupoints according to the characteristics of body surface veins comprises the following steps:
1) acquiring a vein picture of the body surface of a patient by using a vein display device according to the posture of a standard acupoint map, wherein the picture needs to comprise at least two edges of the body of the patient or at least two bony standard points; stretching the body of the target acupoint of the standard acupoint map to the size equal to that of the body corresponding to the obtained body surface vein picture, registering the stretched standard acupoint map and the body edge or bony mark points corresponding to the obtained body surface vein picture, fusing and overlapping the standard acupoint map and the body edge or bony mark points into a picture, and performing binarization processing to obtain a model for displaying the acupoints and the veins together;
2) printing the model in the step 1) by using a transparent material according to the size ratio of the transparent material to the human body 1:1, making holes at the acupoints of the printed model, and then placing the printed model on the surface of the body where the acupoints are located;
3) the veins of the limb at the acupoint to be determined are displayed by the vein display device, and then the model printed in the step 2) is adjusted, or the limb is adjusted, so that at least two veins of the limb are superposed with the veins in the printed model, and the body surface position corresponding to the acupoint on the printed model is the acupoint to be positioned, and a pen or the like can be used for marking the limb through the holes at the acupoint on the printed model.
Claims (10)
1. The utility model provides a realize device of human acupuncture point location according to body surface vein characteristic which characterized in that: the device comprises a vein display device, a bracket and an acupoint matching device, wherein the bracket comprises an annular frame and supporting legs which are connected up and down, and the vein display device is arranged on the annular frame; the acupoint matching device is an acupoint positioning model or a projector; the acupoint positioning model comprises a transparent material, and an intravenous map and acupoint holes are arranged on the transparent material; when the acupoint matching device is a projector, the projector is connected with the vein display device.
2. The device of claim 1, wherein the device further comprises a positioning mechanism for positioning the points on the body surface according to the characteristics of the body surface veins: more than one supporting ring for supporting the vein display device is arranged on the annular frame; the supporting legs are more than three, each supporting leg comprises a sliding ring and a supporting rod which are connected with each other, and the sliding ring is sleeved on the annular frame.
3. The device of claim 2, wherein the device further comprises a positioning mechanism for positioning the points on the body surface according to the characteristics of the body surface veins: the cross section of the pipe used by the annular frame is non-perfect circular, and the hole of the sliding ring is also non-perfect circular; or the sliding ring is provided with a locking knob which limits the sliding ring to rotate on the ring frame.
4. The device of claim 2, wherein the device further comprises a positioning mechanism for positioning the points on the body surface according to the characteristics of the body surface veins: the supporting rod comprises a first supporting rod and a second supporting rod which are connected in a rotating mode, wherein the first supporting rod is connected with the sliding ring.
5. The device of claim 4, wherein the device further comprises a positioning mechanism for positioning the points on the body surface according to the characteristics of the body surface veins: the first supporting rod is rotatably connected with the second supporting rod through a folding joint.
6. The device of claim 2, wherein the device further comprises a positioning mechanism for positioning the points on the body surface according to the characteristics of the body surface veins: the supporting rods are arc-shaped, one end of each supporting rod is connected with the sliding ring, the other end of each supporting rod is provided with an arc-shaped clamping ring, and the bottom of each arc-shaped clamping ring is of a soft structure.
7. The device of claim 2, wherein the device further comprises a positioning mechanism for positioning the points on the body surface according to the characteristics of the body surface veins: the device also comprises a base, and the bottom of the supporting rod is inserted on the base.
8. The device for locating acupoints on the human body according to the characteristics of the body surface veins of any one of claims 1 to 7, wherein: the vein display device comprises an infrared light source, an infrared filter, a photosensitive camera lens, an image processing assembly, a control assembly and a liquid crystal display which are connected in sequence; when the acupoint matching device is a projector, the projector is connected with the image processing component.
9. An acupoint positioning model, which is characterized in that: comprises a transparent material, and a body surface vein picture and acupoint holes are arranged on the transparent material.
10. The acupoint positioning model of claim 9, wherein: the periphery of the transparent material is embedded with a model frame, and the model frame is a tubular or semi-tubular frame.
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| CN201721752310.4U CN211934843U (en) | 2017-12-15 | 2017-12-15 | Device for realizing human acupoint positioning according to body surface vein characteristics and acupoint positioning model |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108143612A (en) * | 2017-12-15 | 2018-06-12 | 泗洪县正心医疗技术有限公司 | It is a kind of that human acupoint's positioning device and Shu Points orientation model are realized according to body surface vein pattern |
-
2017
- 2017-12-15 CN CN201721752310.4U patent/CN211934843U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108143612A (en) * | 2017-12-15 | 2018-06-12 | 泗洪县正心医疗技术有限公司 | It is a kind of that human acupoint's positioning device and Shu Points orientation model are realized according to body surface vein pattern |
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